https://community.element14.com/products/roadtest/The element14 RoadTests are an extensive collection of detailed product reviews for engineers that are written by members of the group. The reviews cover a wide range of new B2B products used for in the engineering design and development process. Product ren-USTelligent Community 12https://community.element14.com/products/roadtest/f/forum/57427/01---unihiker-m10-kit-and-swag/238963Sun, 08 Nov 2026 19:28:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:6037f350-9e8f-4b25-852f-d880b988dfd1beacon_dave[quote userid="37381" url="~/products/roadtest/f/forum/57427/01---unihiker-m10-kit-and-swag/238943"]Can you tell me the name of the RoadTest that you submitted an application for?[/quote] Looks like: RoadTest Open Call https://community.element14.com/products/roadtest/rt/roadtests/722/roadtest-open-call#pifragment-18971=4&pifragment-18972=7&pifragment-19828=11https://community.element14.com/products/roadtest/f/forum/57427/01---unihiker-m10-kit-and-swag/238956Sun, 08 Nov 2026 06:50:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:a3acf2ca-ea24-47fc-84f1-c9c1a57165c9QbitWaiting for the roadtest!https://community.element14.com/products/roadtest/rv/roadtest_reviews/1939/evaluating-modulino-nodes-and-shield-integration-on-the-arduino-uno-qSun, 08 Nov 2026 06:44:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:6344fc51-e8b2-4491-ad34-f601cfe6db7bskruglewiczEvaluating Modulino Nodes and Shield Integration on the Arduino UNO Q Title Banner: “Evaluating Modulino Nodes and Shield Integration on the Arduino UNO Q” featuring the Arduino UNO Q flanked by the Plug and Make Kit, Infineon BLDC Shield, and MIKROE-1581 Click Shield 1. Introduction This RoadTest Open Call turns the traditional RoadTest concept around by letting members choose the exact product they want to test and review. Applicants can choose any product under $175 (such as single-board computers, development kits, or bench equipment) available on the Newark / Farnell / element14 online stores . Selected RoadTesters were announced and received their requested products for free in exchange for writing a comprehensive review. I was fortunate to be chosen to write a review based on products I selected from the online store. I will be using the Arduino UNO Q board currently in my possession as the core processing engine for this evaluation. Rather than functioning as a standard micro-controller board, the UNO Q introduces a transformative shift to the traditional Arduino workflow, marking an impressive milestone for embedded hardware design. I roadtested the Arduino UNO Q here: Test out Arduino's Uno Q - The new Single-Board Computer and was incredibly impressed by its hybrid MPU/MCU architecture. While I pushed the board's internal capabilities to its limits, I was highly motivated to evaluate its physical expandability. I wanted to test Arduino's claim of seamless compatibility with the wider ecosystem—specifically how it handles classic arduino shields, Qwiic connectors, and Modulino nodes—to see if it can truly serve as the ultimate industrial/hobbyist bridge. I might also mention that I have connected a Grove base shield to a UNO Q with great success. Feel free to view my project, which earned 3rd Place in the element14 On The Line Design Challenge at this link: Industrial Line Sentinel (ILS) . The type of review I am doing is an out-of-the-box experience with the expansion products supplied to me by the Roadtest team. I will do an unboxing, power the product up, check any pre-programmed options or features, and follow the user guides and review them for each product. These are the devices that I will be reviewing. I proposed these products to possibly test the ecosystem, and was given them to review: AKX00069 Plug and Make Kit (Plug and Make Kit) BLDCSHIELDTLE9879TOBO1 (BLDC MOTOR DRIVER Shield) MIKROE-1581 (Arduino UNO Click Shield) The scope of my evaluation focuses on an out-of-the-box review for these three expansion products detailed below. Each product will undergo individual testing, covering unboxing, initial power-up, assessing stock configurations, and executing the official user guides to review the full experience. 2. Reviewer Background & The Compatibility Hypothesis As a retired Senior Software Engineer holding a Bachelor of Science in Computer Science from Boston University, my embedded systems work focuses on system architecture, inter-processor communication (IPC), and hardware-in-the-loop validation. Over years of participating in element14 Design Challenges and RoadTests, I have evaluated dozens of development ecosystems across Renesas, NXP, Infineon, Nordic, and STMicroelectronics. Building on my previous RoadTest of the UNO Q and my work in the element14 Summer of Sensors Design Challenge —where I published a technical series (e.g., Under Pressure - BLOG 1 - BPM Uno - INTRODUCTION ) evaluating the MIKROE-1581 Click Shield with optical biosensors—this review dives deeper into multi-bus hardware integration. The Engineering Hypothesis Traditional 8-bit and 32-bit microcontrollers easily manage hardware shields because they interact with a single, dedicated execution loop. In contrast, modern single-board computers often sacrifice pin-level deterministic timing to support an operating system. The Arduino UNO Q claims to solve this dilemma through its dual-brain design. My hypothesis asserts that: The UNO Q can reliably operate low-voltage 3.3V I2C sensor daisy-chains, high-power inductive motor actuators on SPI, and multi-protocol Click sockets concurrently. The internal Router Bridge can cleanly isolate real-time hardware execution on the STM32 MCU while streaming rich telemetrics into Linux services on the Qualcomm MPU without timing jitter or packet loss. 3. The Triad of Expansion Hardware & Series Roadmap To provide thorough, rigorous testing without forcing multiple unrelated technologies into a single sprawling review, I have structured this Open Call evaluation into three dedicated child RoadTests, anchored by this master introduction: Blog 1: Modulino® Node Integration with the AKX00069 Plug and Make Kit Arduino AKX00069 Plug and Make Kit: Modular 3.3V Qwiic I2C ecosystem featuring the Modulino Base, 4-pin Qwiic ribbon cables, and daisy-chained Modulino sensor and actuator nodes Product Under Test: Arduino Plug and Make Kit (AKX00069) Testing Scope: Solderless 3.3V Qwiic I2C bus daisy-chaining across all seven bundled Modulino nodes: Distance (VL53L4CD ToF), Movement (LSM6DSOXTR 6-axis IMU), Thermo (HS3003 temperature/humidity), Knob (STM32C011F4 rotary encoder), Pixels (8x addressable RGB LEDs), Buzzer, and Buttons. Evaluation Focus: Electrical bus stability at 400 kHz Fast Mode, address collision handling, mechanical stability on the Modulino Base plate, and driver execution using the official Arduino_Modulino library . Blog 2: Shield Integration with the Infineon BLDCSHIELDTLE9879TOBO1 Shield Product Under Test: Infineon BLDC Motor Driver Shield Testing Scope: Stacking an automotive-grade evaluation board powered by the Infineon TLE9879QXA40 system-on-chip onto the UNO Q's R3 headers. Evaluation Focus: High-current 3-phase motor actuation via SPI commands, back-EMF inductive transient suppression, electrical isolation between power MOSFET stages and the UNO Q logic rail, and offloading Field-Oriented Control (FOC) algorithms to the TLE9879's on-chip Arm® Cortex®-M3 core. Blog 3: Shield Integration with the MIKROE-1581 Arduino UNO Click Shield Product Under Test: MIKROE-1581 Arduino UNO Click Shield Testing Scope: Interfacing the UNO Q with MikroElektronika's mikroBUS expansion standard via dual 16-pin host sockets. Evaluation Focus: Validating socket pin distribution across SPI, I2C, UART, PWM, and analog lines; testing five specific Click boards from my bench collection; comparing the Arduino IDE development workflow with MikroElektronika's NECTO Studio and mikroSDK. 4. Dual-Brain System Architecture & The Router Bridge The architectural breakthrough of the Arduino UNO Q lies in its asymmetric multiprocessing (AMP) design. Embedded developers have historically been forced to choose between the high compute capacity of a single-board computer and the deterministic low-latency responsiveness of a microcontroller. The UNO Q provides both simultaneously: System Architecture Diagram: Block diagram illustrating the Qualcomm Linux MPU and STM32 MCU interconnected via the internal Router Bridge, highlighting peripheral bus routing to Qwiic, R3 headers, and mikroBUS 1. STM32U585 Microcontroller Core (Real-Time Determinism) Core: 32-bit Arm® Cortex®-M33 running at up to 160 MHz with Zephyr RTOS and Arduino Core. Responsibilities: Hard real-time execution, millisecond-accurate sensor polling, interrupt handling, and direct hardware signaling across GPIO, SPI, and I2C lines. Peripheral Bus Ownership: Directly manages the Qwiic I2C bus (Modulino nodes), the SPI bus (Infineon BLDC driver and LSM6DSL Click), and hardware interrupt lines from optical biosensors. 2. Qualcomm Dragonwing QRB2210 Microprocessor Core (Edge Intelligence & Networking) Core: Quad-core 64-bit Arm® Cortex®-A53 running Debian-based Linux. Responsibilities: Network communications (dual-band Wi-Fi 5, Bluetooth 5.1), database storage, Docker container execution, web service hosting, and AI inference. App Lab Runtime: Serves the local Arduino App Lab environment and hosts dynamic web dashboards for visualization and operator control. 3. The Router Bridge Inter-Processor Communication (IPC) The internal Router Bridge links the two processors over an ultra-low-latency inter-processor communication channel. Firmware running on the STM32 formats polled telemetry into lightweight JSON packets sent over the bridge. A background Python service on the Qualcomm Linux MPU ingests this stream, performs higher-level processing, and publishes metrics to the web dashboard. Conversely, operator commands issued from the web interface pass across the bridge to trigger immediate hardware actuation on the MCU. 5. Standardized 7-Point Evaluation Framework To provide consistency across all three dedicated product reviews, each evaluation follows a standardized 7-point testing framework: 1. Overall Rating Score & Detailed Breakdown: A multi-dimensional scorecard evaluating hardware engineering, driver stability, documentation quality, ecosystem flexibility, and price-to-performance value. 2. Unboxing & Packaging Overview: First impressions, packaging materials, anti-static ESD shielding, labeling clarity, and condition upon arrival. 3. Components & Accessories Inventory: An itemized inventory of all PCBs, interconnect cables (Qwiic, ribbon), mechanical baseplates, standoffs, fasteners, and documentation. 4. Specification Notes & Architectural Overview: Electrical parameters, logic voltage compatibility (3.3V vs. 5V), current draw limits, pin multiplexing, and thermal dissipation. 5. Documentation & Learning Resources Review: Critical assessment of manufacturer schematics, user manuals, API reference docs, example code quality, and active community forums. 6. Develop, Implement, and Document an App Lab Hybrid Application: System Architecture & Telemetry Dashboard: Full source code walkthrough of the real-time C++ MCU firmware and the MPU Python telemetry daemon, paired with a custom web dashboard. Bus Communication & Router Bridge Analysis: Empirical stress-testing of communication latency, packet drop rates, and bus contention under heavy loads. 7. Final Verdict & Product Recommendations: Objective summaries of strengths, limitations, practical application suitability (industrial, educational, commercial), and final takeaways. 6. RoadTest Execution Milestones & Delivery Roadmap With hardware officially received at my lab in West Boylston, Massachusetts, the evaluation roadmap is scheduled across the standard 60-day element14 review cycle: Phase 1 (Weeks 1–2): Hardware Receipt, Unboxing & Baseline Qualification Verification of all delivered items against the Newark/Farnell packing list. Baseline power-up, ESD check, and firmware flashing tests on the Arduino UNO Q. Publication of this overarching master introduction review. Phase 2 (Weeks 3–4): Blog 1 — Modulino Node & Qwiic Integration Assembling the Modulino Base and daisy-chaining seven sensor/actuator nodes. Testing I2C bus signal integrity at 400 kHz Fast Mode. Publication of dedicated Blog 1 review on element14. Phase 3 (Weeks 5–6): Blog 2 — Infineon BLDC Motor Shield Integration Stacking the evaluation board, wiring a 3-phase BLDC motor, and connecting external bench power. Validating SPI command sets, FOC algorithms, and electrical isolation under inductive loads. Publication of dedicated Blog 2 review on element14. Phase 4 (Weeks 7–8): Blog 3 — MIKROE-1581 Click Shield Integration Mounting the Click Shield and testing biomedical (MAX30100/MAX30101/MAX30102), motion (LSM6DSL), and relay expansion boards. Benchmarking Arduino IDE community libraries against MikroElektronika NECTO Studio. Publication of dedicated Blog 3 review on element14. Phase 5 (Weeks 9–10): Series Synthesis, Final Review Wrap-Up & Community Engagement Compiling overall ecosystem compatibility takeaways across the Modulino Qwiic, Infineon SPI, and MIKROE-1581 architectures. Final synthesis, cross-platform comparative analysis, and element14 community discussion. 7. Summary & Next Steps The element14 RoadTest Open Call offers an ideal platform to explore how well the Arduino UNO Q bridges modern modular sensor nodes, classic high-power shields, and standardized socket adapters. By splitting this evaluation into dedicated child reviews anchored by this introduction, each expansion architecture receives the rigorous testing it deserves. Stay tuned for the publication of Blog 1: Modulino Integration with the AKX00069 Plug and Make Kit , followed shortly by the Infineon BLDC Motor Shield and MIKROE-1581 Click Shield evaluations!03030215 CAN-BUS Shield Board, MCP2515, MCP2551, Controller and Transceiver, Arduino Board (SEEED STUDIO) SHIELDBTS70021EPPTOBO1 ARDUINO SHIELD, HIGH-SIDE SW, 12V, 21A ROHS COMPLIANT: YES (INFINEON)Development Boards & Toolstodohttps://community.element14.com/products/roadtest/f/forum/57416/arduino-ventuno-q---my-first-experience-with-the-ventuno-q/238952Sat, 07 Nov 2026 19:35:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:1f62ab59-a7b9-40e9-bd10-8752599d1dbbDABVery cool device.https://community.element14.com/products/roadtest/f/forum/57427/01---unihiker-m10-kit-and-swag/238949Sat, 07 Nov 2026 19:21:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:8757e301-f02e-4b72-9b80-a0617ad9a49emihaita802003The name of my road test is: "Unihiker M10 RoadTest". It is my first road test, so, I hope this will be a useful and constructive road test.https://community.element14.com/products/roadtest/f/forum/57427/01---unihiker-m10-kit-and-swag/238945Sat, 07 Nov 2026 19:06:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:53147a51-4862-41af-80a2-1d4f7c695b94DABEnjoy the swag.https://community.element14.com/products/roadtest/rv/roadtest_reviews/1938/wera-kraftform-kompakt-62Sat, 07 Nov 2026 18:31:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:defc9d1f-8525-44de-9a8a-44b151eab13akk99Unboxing The package with the screwdriver set arrived without any issues and was ready for review. I would like to thank the Element14 team for the additional swag. I really appreciate it ! I have applied for the RoadTest, eager to test the Wera Kraftform Kompakt 62 screwdriver set. Here’s a close-up of what the box containing this screwdriver set looks like: The box contained the following items: - a pouch with a tool set - a datasheet - velcro for the pouch, with adhesive backing on one side - a sticker The pouch itself contained the following items: - one Kraftform holder with a Rapidaptor quick-release chuck - 32 bits, each 89 mm long Here are some additional close-up photos of them. {gallery}Wera Kraftform Kompakt 62 The set made a very good first impression. All the components appeared to be well-made and of high quality. The only thing I would personally change is the selection of bits. I would replace some of the 857/4 Z Spanner bits with additional flat-head bits. The entire set was manufactured in the Czech Republic. Build quality I already own several Wera products. Below is a photo of them. Based on my experience with these products and my comparison with the new set, I believe Wera places great emphasis on quality and maintains a consistently good standard. For example, I use this 416 R handle frequently, yet it shows no significant signs of wear. It features the same Rapidaptor quick-release chuck as the Kraftform holder included in the reviewed set. Below is a photo showing the internals of the 416 R's Rapidaptor quick-release chuck: and here are the internals of the Rapidaptor quick-release chuck in the brand-new 816 R handle: This Rapidaptor technology allows bits to be changed quickly and locks them in place after insertion, preventing them from falling out. The bits are 89 mm long, which I think is a good compromise for all-around use. They also appear to be well-made and nicely finished. I have taken close-up photos of one bit of each type included in the set. {gallery}800/4 1.2 {gallery}871/4 19 {gallery}875/4 2 {gallery}857/4 6 {gallery}840/4BO 4.0 {gallery}851/4PH PH3 {gallery}855/4 PZ2 {gallery}867/4 TX15 Based on these observations, I think the bits are very well made. I haven't noticed any imperfections or visible defects. I have a Carson MicroBrite Plus pocket microscope, so I used it to take a photo of the structure of one bit. It wasn't easy, as I don't have a dedicated adapter for attaching my phone camera to the microscope, but I hope the attached pictures give you an idea of what it looks like. {gallery}Microscope photo The first photo shows the tip of the Phillips bit. Of course, the microscope has a very shallow depth of field, so only the top surface is in sharp focus. The second photo shows the middle section of the bit. Based on this image, the material appears to have a smooth finish. For reference, I have also attached close-up photos of some bits from the Xiaomi JIMI 41-in-1 screwdriver set, which I've owned for some time. {gallery}Xiaomi In this case, we can see some signs of wear on a few bits. Additionally, it appears that not all the bits are made from the same material or have the same surface finish. Ease of use and ergonomic The screwdriver set is easy to use. The required bits are easy to find in the pouch, although it is important to store them with the markings facing upwards for easy identification. The Kraftform handle is well-sized and fits comfortably in the hand. It is easy and comfortable to work with. The bits are also a good length, especially when working with screws located in deep holes. For example, I find the handles included in the Wera Kraftform Kompakt Micro 1 set and the Xiaomi JIMI 41-in-1 a bit too small. The one included in the Xiaomi set is particularly uncomfortable and not very ergonomic. Additionally, bits are available in different lengths, making it possible to customize the set to suit your needs in the future. Another advantage over conventional fixed screwdrivers is that if a bit tip becomes damaged, you only need to replace the individual bit rather than the entire screwdriver. Below are some photos showing examples of the set in use: Durability Initially, I planned to add photos of the bits and the entire set after two weeks of use. However, I have decided to extend the testing period to make the review more reliable. So far, I believe the set is performing well, but I will update this section after a longer period of use to provide a more thorough assessment of its durability and performance. Summary I think this is a valuable screwdriver set that should last for a long time. In the following sections, I will outline what I like and what I don't like about it. Pros: - The overall build quality is excellent. - The handle is comfortable and fits very well in the hand. - The 89 mm bits make it easy to reach screws located in deep holes. - Bits can be easily replaced, and different lengths (shorter or longer) are available, allowing you to customise the set. - Made in the European Union (Czech Republic). Cons: - The selection of bits included in the standard set could be improved. For example, the 857/4 Z spanner bit could be replaced with more flat-head screwdriver bits. - A bit pricey.screwdriver setscrewdriversweraXiaomi JIMI 41 w 1Workshop ToolsNo significant problems were encountered.https://community.element14.com/products/roadtest/f/forum/57427/01---unihiker-m10-kit-and-swag/238944Sat, 07 Nov 2026 18:25:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:fab9daea-6951-4b60-9eae-dde8ef46fca1embeddedguySeems it is an open road test application.https://community.element14.com/products/roadtest/f/forum/57427/01---unihiker-m10-kit-and-swag/238943Sat, 07 Nov 2026 18:13:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:778adf3e-513e-4bfa-b720-3d9dab3e57bacolporteurCan you tell me the name of the RoadTest that you submitted an application for? From the letter it indicates DFRobot DFR0106-EN Single Board Computer. M search of E14 Community doesn't get me any hits. Now that is not an unusual response to my searches. Numerous times other members have gotten results where I have failed. I have played with Unihiker in the past and was curious to identify the RoadTest.https://community.element14.com/products/roadtest/f/forum/57427/01---unihiker-m10-kit-and-swagSat, 07 Nov 2026 17:55:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:a7de5737-3168-4713-b2da-265b9e2e6eb4mihaita802003Hello all, I received the hardware for this Road test, UNIHIKER M10 kit along with a nice swag that contain one cap with e14 logo, pin, and stickers. Thank you element14 for this kit and for surprise. I will continue in next post with kit description. See you next.UNIHIKER M10https://community.element14.com/products/roadtest/f/forum/57416/arduino-ventuno-q---my-first-experience-with-the-ventuno-q/238942Sat, 07 Nov 2026 16:20:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:177e1a3f-fa90-4b40-bea9-d9b5909d2ac7ralphjyNice demo geralds . I'll be interested to see what you do with it. I'm planning to try an Oak-D-Lite-FF depth camera that I got on Kickstarter quite a few years ago. It has a Movidius Myriad-X VPU and requires some driver setup, so I won't try it on The Uno Q - I'll wait until I get my Ventuno Q. I actually had written a blog post about it 4 years ago. I don't recall whether I posted any projects on E14. I'll need to look for bread crumbs in the box where it is stored...https://community.element14.com/products/roadtest/f/forum/57416/arduino-ventuno-q---my-first-experience-with-the-ventuno-q/238936Sat, 07 Nov 2026 15:42:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:956f2fb5-9cfd-4629-aba7-1145bc50cc7eQbitNIce write up geralds ! Thank you for adding the the demo video seems pretty cool!https://community.element14.com/products/roadtest/rv/roadtest_reviews/1937/multicomp-mp011888-cordless-grinderFri, 06 Nov 2026 17:23:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:af09ddf7-f53c-4582-b1f8-7338bb256e41robogaryRoad Test Preface: An essential tool in my workshop is a small high speed grinder. The grinder is often referred to as a Dremel tool, after the popular manufacturer’s name. When working on home projects, the grinder tool is particularly helpful when fiberglass PCB need cut, routed, drilled, corners rounded, etc. , 3D prints also need trimmed, routed, polished, drilled. Bolts and screws may need cut off. Plastic boxes need drilled, cut, routed, etc. My corded corded grinder is great for big jobs, but for lighter detail work, the corded grinder tool is bulky, cord clumsy, and can overpower a delicate operation, burn plastic, etc . A smaller cordless grinder could be really useful on my workbench or in my portable toolbox. The Multicomp MP011888 cordless mini grinder could be a solution. It is cordless, light, uses all the same bits and cutting accessories as a bigger high speed grinder, and seems an appropriate output torque for workbench size projects. Road Test Scoring and Evaluation: Product performed to expecations: 4 of 5 stars - I didnt expect alot of torque for a battery powered device. It did OK for a 5V USB charged device, it does stall if pushed. The battery itself is 3.6V USB doesnt mean you can charge with your PCs USB port. You'll need a decent USB phone charger for this grinder. Alot of cordless grinders are 12V, which means they need a separate charger provided with them . The grinder body has a contoured comfortable feel and grip. The price to performance ratio was good: 3 of 5 stars - meh , most 4 V grinders are half the list price. Most grinder tool kits are more generous with the bit accessories in the kit. I had to provide my own see thru "grinder tool bag" to keep the grinder, cables, and bit accessories together. Road Test Details: Performance Video: sorry it runs 23 minutes, but shows battery life and real time performance with 6 various materials. I wasn't that gentle either. https://youtu.be/k4KWLYiF78Q featuring: 1) Cutting, shaping, drilling an ABS 1/8” black plastic sheet - not a challenge 2) Cutting a fiberglass PCB - great job 3) Cutting a ¼ inch( 6.2 mm ) stainless steel bolt - very challenging 4) Cutting & Shaping a piece of 1/8 inch ( 3.26 mm ) thick lexan industrial plastic sheet - a challenge to cut, but as expected 5) Cutting & Shaping a piece of 3/16 inch ( 9.7 mm ) thick plywood - the grinder does fairly well 6) Cutting 1/16 inch ( 3.26 mm ) steel washer - thick steel washer wins round 1 ----- battery died --- Retry the steel washer cut after a full recharge - grinder does better, but the steel washer is still a mighty challenge Opening the box: Out of box experience √ Operation disabled while charging – good √ Battery indicator – green, yellow, red LEDs. displays only while in operation – good √ Battery indicator – red when charging, √- green LED lit when fully charged , took 2-3 hours from a dead battery using my cell phone Samsung Adaptive quick charger , 9V 1.67 A , 5V 2.0A , matching the instruction manual specification for charging X - green LED when fully charged – never turned green, even after tens of hours charging using a 5V 350mA power supply. Instruction manual recommends a 5V 500mA – 2A power source. X Motor low output (stall) torque –can stall shaft with bare fingers, can run grinder while pressing lock shaft button Low speed stalled shaft – speed control audibly buzzes with shaft stalled but continues to run in locked up (stalled) state High speed stalled shaft - speed controller shuts down operationrobogarydremel , workpro, hardellWorkshop ToolsThe grinder stalls fairly easy, but it protects itself against a prolonged stall . The USB requires a beefy cell phone charger (not provided) . It doesnt come with a carry bag, and the bit accessories are meager.https://community.element14.com/products/roadtest/f/forum/57416/arduino-ventuno-q---my-first-experience-with-the-ventuno-q/238925Fri, 06 Nov 2026 15:01:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:28050927-2488-4d56-895b-812f81adcb4ecstantonThanks for the git link - how's the camera? I've only messed with realsense and kinects myself.https://community.element14.com/products/roadtest/m/managed-videos/151984Thu, 05 Nov 2026 23:33:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:5bb418b4-9e36-4f35-b9c4-bc53ebb65232geraldshttps://community.element14.com/products/roadtest/f/forum/57416/arduino-ventuno-q---my-first-experience-with-the-ventuno-qThu, 05 Nov 2026 23:29:00 GMT93d5dcb4-84c2-446f-b2cb-99731719e767:649d575c-9777-4795-b3fd-46d191cd30begeraldsHere's my first experience using the Ventuno-Q: Today I received a 3D depth camera: Orbbec Astra Pro Plus. This camera has a USB connector (USB-A, 3.0) and can therefore be easily connected to the Ventuno-Q This is my working place: left: my solder station, front: Uno-Q, Ventuno-Q, modulinos, behind: two MIPI/CSI cameras, USB docking stick, right: keyboard Here in a 5-minute video I demonstrate how to open an example project using the App Lab: The application is an example AI program that uses a 3D depth camera to display objects. You can adjust the sensitivity settings to filter objects based on their size. community.element14.com/.../VentunoQ-_2D00_-3D-depth-USB_2D00_camera-_2D00_-Orbbec-Astra-Pro-Plus.mp4 This example uses a pre-trained model to detect objects on a live video feed from a camera. The workflow involves continuously getting the frames from a camera, processing it through an AI model using the video object detection Brick, and displaying the bounding boxes around detections. The App is managed from an interactive web interface. This example is based on the Arduino UNO Q, but also works on Arduino VENTUNO Q. The projects and examples featured in the App Lab are typically write-protected; therefore, you must create a copy before you can make any modifications. If you like more information's about App Lab, please follow Arduino's Git: https://github.com/arduino/arduino-app-lab Best regards GeraldRoadTestVentuno-QroboticsaiOrbbecarduino